Abstract
In recent years, several activities on structural-acoustic optimization have been reported. The problem of structural-acoustic design optimiza- tion is characterized by nonlinearities. For that reason, it can only be dealt with numerically. Furthermore, the calculation of the objective function is usually very time-consuming since a multifield boundary value problem has to be solved. This paper summarizes results of a longer review paper. It will briefly discuss fast analysis techniques like FEM and BEM, objective functions, sensitivity analysis and optimization methods. Applications and parameter choices are categorized.
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